Medtronic X1100009 METRx System 26mm Access Cannula Dilator Orthopedic 4-3/4"

Medtronic X1100009 METRx System 26mm Access Cannula Dilator Orthopedic 4-3/4"

• Model: X1100009
• Dilator / Cannula Diameter: 26 mm — sized to match 26 mm tubular retractors used in METRx procedures
• Overall Length: 4-3/4 inches

The Medtronic X1100009 METRx 26 mm Access Cannula Dilator delivers reliable, precision-engineered access for minimally invasive spinal surgery — ideal for surgeons and surgical centers aiming to combine maximal exposure with minimal soft-tissue disruption. With a generous 26 mm diameter and compact 4-3/4 ″ length, this dilator creates a stable, well-controlled corridor through soft tissue, enabling safe placement of a large tubular retractor. This makes it perfectly suited for more extensive decompression or discectomy procedures where a wider working channel is beneficial.

By leveraging the METRx muscle-sparing dilator technique, the 26 mm Access Cannula allows sequential dilation of paraspinous musculature rather than muscle transection — preserving soft tissue integrity, reducing surgical morbidity, and leading to smaller incisions and faster patient recovery. Surgeons benefit from a smoother, more controlled dilation process and consistent retractor placement, promoting precise anatomical access while minimizing risk to surrounding tissue.

For hospitals, surgical practices, and spine centers focused on high-quality minimally invasive spine care, the X1100009 stands out as a critical component of a modern MIS instrumentation set. Its compatibility with the METRx retractor system and robust 26 mm diameter makes it an essential tool for complex spinal decompression, laminectomy, and discectomy procedures — helping deliver superior patient outcomes, streamlined workflow, and efficient surgical performance.

These surgical instruments are categorized as limited use and are in excellent condition. They may be new out of the original manufacturer's packaging or have similar characteristics indicative of minimal prior use. Despite their limited usage, they maintain an exceptional quality suitable for medical procedures.